Open Data for Global Science
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Open Data for Global Science Developing a Surfers’ Paradise for Research Data Legal Framework for e-Research Conference Gold Coast, Australia 11 May 2007. by Paul F. Uhlir Director, Office of International Scientific and Technical Information Programs The National Academies Washington, DC

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By paul f uhlir director office of international scientific and technical

Open Data for Global ScienceDeveloping a Surfers’ Paradise for Research DataLegal Framework for e-Research ConferenceGold Coast, Australia11 May 2007

by

Paul F. Uhlir

Director, Office of International Scientific and Technical

Information Programs

The National Academies

Washington, DC

USA

[email protected]


Open data for global science

Open Data for Global Science

Comparison of some key characteristics of the print and digitally networked paradigms

PRINTGLOBAL DIGITAL NETWORKS

  • (pre) Industrial Age post-industrial Information Age

  • fixed, static transformative, interactive

  • rigid flexible, extensible

  • physical “virtual”

  • local global

  • linear non-linear, asynchronous, with time/space collapsed

  • limited content and types unlimited contents and multimedia

  • distribution difficult, slow easy and immediate dissemination

  • copying cumbersome, not perfect copying simple and identical

  • significant marginal distribution cost zero marginal distribution cost

  • single user (or small group) multiple, concurrent users/producers

  • centralized productiondistributed production

  • slow knowledge diffusion accelerated knowledge diffusion


Open data for global science1

Open Data for Global Science

Key stakeholders in the development of scientific data access policies:

  • Governments

  • Research funding agencies

  • Universities and not-for-profit research institutes

  • Learned societies

  • International scientific organizations

  • Industry research institutions

  • Individual researchers

  • The general public


Open data for global science2

Open Data for Global Science

Broad implications of excessive restrictions (economic, legal, technological) on access to and reuse of data and information from public sources:

  • Higher research costs

  • Lost opportunity costs

  • Barriers to innovation

  • Less effective scientific cooperation and education

  • Sub-optimal quality of data

  • Widening gap between OECD and developing countries

    Opennness thus should be the default rule, subject only to legitimate and well-justified exceptions.


Open data for global science3

Open Data for Global Science

What is an information commons?

Digital data and information originating principally from government or publicly-funded sources;

  • Made freely available for broad, common use online;

  • With the material in the public domain, or with only some rights reserved (using a common-use licenses, such as Creative Commons), or, less optimally, with full intellectual property rights, but under open access conditions; and

  • Typically organized thematically through an institutional mechanism.


Open data for global science4

Open Data for Global Science

Advantages of openness science:

  • Promotes interdisciplinary, inter-institutional, and international research;

  • Enables automated knowledge discovery;

  • Avoids duplication of research and promotes new research and new types of research;

  • Reinforces open scientific inquiry and encourages diversity of analysis and opinion,

  • Allows for the verification of previous results,

  • Makes possible the testing of new or alternative hypotheses and methods of analysis;

  • Supports studies on data collection methods and measurement;

  • Facilitates the education of new researchers;

  • Enables the exploration of topics not envisioned by the initial investigators;

  • Permits the creation of new data sets when data from multiple sources are combined;

  • Facilitates transfer of information North -> South and South <-> South;

  • Promotes capacity building in developing countries; and

  • Generally helps to maximize the research potential of new digital technologies and information, providing greater returns from public investments in research.

  • Many other advantages and justifications outside research…


Open data for global science5

Open Data for Global Science

Compelling reasons for placing government-generated data and information in the public domain or under common-use conditions:

  • Legal. A government entity needs no legal incentives from exclusive property rights to create information. Both the activities that the government undertakes and the information produced by it in the course of those activities are a [global] public good.

  • Socioeconomic. Many economic and non-economic positive externalities. Network effects can be realized on an exponential basis through the open dissemination of data and information online—especially geospatial data.Conversely, the commercialization of public data and information on an exclusive basis produces de facto public monopolies that have inherent economic inefficiencies and are contrary to the public interest on other social, ethical, and good governance grounds.

  • Ethical. The public has already paid for the production of the information. Burden of additional access fees falls disproportionately on the individuals least able to pay. Open access benefits the poor.

  • Political.Transparency of governance is undermined by restricting citizens from access to and use of public data and information. Rights of freedom of expression and information are compromised by restrictions on re-dissemination of public information, particularly of factual data.


Open data for global science6

Open Data for Global Science

Legitimate restrictions on public access to government data

  • National security and public safety

  • Personal privacy

  • Confidentiality

  • Respecting proprietary rights of private-sector parties

  • Not competing directly with the private sector


Open data for global science7

Open Data for Global Science

Existing information commons models:

  • Open-source software movement (e.g., Linux and 10Ks of other programs worldwide, many of which originated in academia for research applications);

  • Distributed Grid computing or e-science (e.g., [email protected], [email protected]);

  • Open data centers and archives (e.g., GenBank, space science data centers);

  • Federated open data networks (e.g., World Data Center system, NASA DAACs, Global Biodiversity Information Facility);

  • Open access journals (e.g., PLOS + > 2500 scholarly journals, many in developing world—SciELO, Bioline International);

  • Open repositories for an institution’s scholarly works (e.g., the Indian Institute for Science, + > 300 formally registered globally)

  • Open repositories for publications in a specific subject area (e.g., the physics arXiv, CogPrints, PubMedCentral);

  • Free university curricula online (e.g., the MIT OpenCourseWare);

  • Emerging discipline or applications commons and integrated knowledge environments (e.g., conservation commons, neurocommons).


Open data for global science8

Open Data for Global Science

OECD Principles and Guidelines for Access to Public Research Data:

  • Openness

  • Flexibility

  • Transparency

  • Legal conformity (with other existing laws)

  • Protection of intellectual property (when necessary)

  • Formal responsibility

  • Professionalism

  • Interoperability

  • Quality

  • Security

  • Efficiency

  • Accountabilty

  • Sustainability


Open data for global science9

Open Data for Global Science

Additional works by the author on this topic (all available freely online):

  • Bits of Power: Issues in Global Access to Scientific Data (NAS, 1997)

  • The Role of S&T Data and Information in the Public Domain (NAS, 2003)

  • Reichman, J.H. and Paul F. Uhlir, “A Contractually Reconstructed Research Commons for Scientific Data in a Highly Protectionist Intellectual Property Environment, 66 Law & Contemporary Problems 315-462 (2003)

  • UNESCO Policy Guidelines for the Development and Promotion of Governmental Public Domain Information (2004)

  • Open Access and the Public Domain in Digital Data and Information for Science (NAS, 2004)

  • Strategies for Open Access to and Preservation of Scientific Data in China (NAS, 2006)

  • Uhlir & Schröder, “Open Data for Global Science”, Data Science Journal, CODATA, (2007).


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